Equipment units



Feb. 7, 1961 F.7HoNEYcUTT ETAL EQUIPMENT UNITS Filed May 21, 1958 f5 Sheets-Sheet 1 Feb. 7, 1961 F. HoNEYcUTT ETAL 2,970,874

EQUIPMENT UNITS S, Sheets-Sheet 2 Filed May 21, 1958 .N @Pm Feb. 7, 1961 F. HoNEYcuTT Erm.

EQUIPMENT UNITS 3 SheetS-Sheet :5

Filed may 21, 195e wifi/WM5 l 7 Y U 5 c N N om HMM m HAMWW Mmmm fr KRC w, n Ml 2&2 `f r1 M n r|JI|L 5 United States Patent 'O y EQUIPMENT UNITS Frank Honeycutt, Lakewood, Robert A. Huhn, Downey, Robert M. Myers, La Habra, and Carl H. Wilson, Long Beach, Calif., assignors to Philco Corporation, Philadelphia, Pa., a corporation of Pennsylvania Filed May 21, 1958, Ser. No. 736,807

4 Claims. (Cl. S12-223) Ihis invention has to do with oice equipment and the like. It provides an equipment unit combining desk, le and control facilities in such a way that a plurality of operators using said unit can have access to and correlate a great variety of items of stored information in very rapid sequence.

The new unit is useful for instance in the performance of certain operations in the lield of service and repair, wherein operators or clerks, while receiving service calls by telephone, must rapidly obtain and correlate available information pertaining to equipment to be serviced,

and/or information relating to the availability and working schedules of servicemen. Although it is by no means limited to such utilization, the unit to be described herein has been found to be of outstanding advantage and success in said eld; it will therefore be explained as applied to such specific purposes as have been indicated.

It is a primary object of the invention to provide a unit of the type referred to which facilitates and accelerates the proper access to and correlation of various types of information. It is a particular object to provide such a unit which allows utilization of two, three or more sources of available information, provided for instance by telephone service and/ or by various groups of tiles; which can be used by a group of clerks stationed in a suitably limited Work area; which minimizes delay and eort; and which uses mechanism and controls of great economy and reliability. Other objects and features of the invention will appear from the description which follows.

Briey described, the new unit comprises desk and tile means movable relative to one another by power from a suitable source, under the control of circuitry including switches installed in various work areas of the desk means. Desirably, a plurality of superposed, independently rotatable tile sections or systems are provided, centrally of an annular desk plate. It is further preferred to use a control combination including hand and foot switches at each work-area; and the invention provides other specific arrangements of parts, as will best be explained in connection with the detailed description of a preferred embodiment, which follows. Y In the drawing appended hereto; Figure l ,is a perspective view of thenew desk and tile unit; Figui-e2 is an elevational view of said unit, substantially taken in central, vertical section and on a slightly larger scale; Figure 3is a plan View of said unit on the approximate scale of Figure l; and Figure 4 isla wiringdiagrarnshowing representative electrical interconnections of portions of said unit.

HReferring tirst to Figure l, the device comprises an annulai stationary desk plate 10, shown' as' resting on radially disposed ,wall members 11,112. Saidwall 'rrieir'ibers dene storage compartments S for stationery or the like, valternating -with knee spaces K, so that,` each of .a

21,970,874 Patented Feb. 7, 1961 ICC below the stationary plate 10, for the support of records such for example as card tiles 17, and a second rotary platform 18 disposed above said card tiles, for the support of other data, in this instance ticket racks 19. The entire rotary apparatus is pivotally supported by a structure 20, which is rigidly secured to the walls or supports 11 or 12 surrounding it, by structural means 21 desirably installed below the oor. Vertical partitions Z2 are provided on desk plate 10, between work areas I, II, III, etc.

Each of said work areas has a pair of rotation-initiating hand switches 23, 24, mounted on desk plate l10, a pair of rotation-preventing foot switches 25, 26 mounted below said plate, and a pair of interlock indicating signal lamps 27, 28 controlled by the foot switches and mounted opposite the hand switches. The various switches and lamps are interconnected by circuitry including conductors 29; and saidl conductors, as shown in Figure 2, extend to `a pair of reversible motors 30, 31 mounted on the central structure 20, each motor being adapted by suitable trans-A mission means 32, 33 to rotate one of the central platforms or turntables 16, 18. The motors are connected with said circuitry 29 through a relay box 34'which-.in' turn is associated with an outlet receptacle 35.

Each work area, as shown in Figure l, is also provided with telephone equipment, that is, an earphone-microphone unit 36, socket and switchboard means 37, 38 and dialing means 39, whereby the operator occupying the work 4area can receive incoming calls and, if necessary, hold such calls, or route them to other opertators, or make outgoing calls. l

The operation of the new unit or system will be described as applied to the routing of service requests from various customers to various servicemen with respect to various items of equipment such as refrigerators, television units and other appliances. For such operation, card tiles 17 desirably contain warranty cards; each card recording an individual appliance unit, together vwith in formation such as the date of delivery, any date of previous service, and the like; and each tile 17 desirably contains cards relating to one type'of appliance. Ticket forms for issuing instructions to service personnel are advantageously stored in compartments S, for subsequent completion by the clerks in work areas I, Il, etc., insertion by them in ticket tile racks 19 as shown at 19A,'ai1d ultimate utilization by said clerks or by others who may remove such tickets at proper moments for further reference to the information thereon. Assuming that the clerk occupying work area 1l (Figure l) receives a service call through her switchboardA 3 8 and earphones 36, and that the customer making the call requires service with respect to a certain type or model of refrigerator,the clerk can refer to the corresponding card file.17 by Yturning the tirst hand switch 23 to one side, for instancethe left ,side.(Figure 4), thereby closing L a circuit from a' power source PS through one set of foot switchesFL, bus wire CL, switch 23, control wire'CLL and motor.30, which initiates rotation of said motor'l), thereby moving the lower turntable. When having thereby secured,the`proper card ltile 17, n proper position, the clerkcan 2then"insure undisturbed use of said tile i tegenop-14 depressing foot switch 25, forming part of a series FL of such switches, in work area II, which interrupts the aforementioned circuit and thereby stops rotation of motor 30 for said lower turntable; the de-energization of a suitable motor being effective also to brake and stop Vthe turntable itself. This foot switch operation also causes one signal 'indicator:lamp127at'each-work area-5I, IIf-'IIL etc. 'to`be energized, byblosing-afcircuiti-from power source 'PS through switch '-25*and/'sig'nal bus Lwire- SL, 'therebyindicating to'"allfoperators that none of Vthelland `switches 23, for rotation of the lower-turntable,-=can-^at this time be elect'ivelyoperated.

During the call-.received through' telephone 36-th`eclerk at Vworkv area II will "generallyv vvdetertninefthe'residential larea ofthe customer:making'theY call and in order toroute necessary orders-to the corresponding'servicemam-she will initiate independentrotation `of `the"upperi-turntable"and -*rack system 18,19 by turning han'd-switch 24y :forA instance to the right, closing a circuit Y `I.S-l;`U-CU24---CRU-31 VThis. makes available carded or'ticketed information 19A showing the availability '-andservice 'load oftpersonn'el `in the various'service areas. Ordinarilya selectedfservicekman can thenbe notified for-.instance.by/separatevtelephone call, at a time .suitable `to his work,.and informaf tion from `a series'ofsticketst19A can then be; given `rto him. Prior to such further-"telephone call .or callsthe .clerk xwill, inmost casespat. least ate'mporarilyistop the-rotation of file system 18, 19, previously initiated by the lsame .'clerk. Y For :this =pur`pose she can op-eratethe correspond- --ing foot swi.tch,26,rclosing of acircuit-PS-26-SU--f28 and thus causing the-appearance of appropriate signals Aat lamps 28. At -this time-she will have released the formerly *depressed foot switch 25, thereby releasing the vlower turn- `table `for use by other operators, and bythe-same operation also indicating this latter release to allV operators, i.fe., -.extinguishing.the previously lighted set-of signal lampsV 27. -Upon the completion of a call from-a customer, orto a serviceman, relating to a service request, ay clerk should general-ly discontinue further rotation of either tilel system 16, 18; but at this time -she should not generally interfere with such .rotation by other clerks,--who maythen be in need of some sections of either file system.- f'At this time, l accordingly, the clerk will returnah'erhandswitches HS to Y normal `or :central position and releaseher -foot switches FS, Ithereby breaking theAiile-rotating and tile-,stopping circuits,'described above.

zIt will. now be appreciated that the system ,-as described provides a considerable 4degree of fexibility, largely by meansof thehand-switchesHS, foot. switches FS, and sig- .nallamps S. At notime is -itr necessary for -theoperator `whose work has been describedor forany. other operator, toleaveher `work--areanot feven for-instance in orderto consultforuse widely. separated iiles17 and/ or 19. In addition, a most efiicient sequence of referrals to` different ltile systems can be used. Forlinstance, `should .thelower-iile `'signal .-lamp 27 rbe ,lighted at Va .time whena service call is received in `area III, the clerk in said. area-eau start her workby turning upper-,tile hand switch-l 24, .opposite the unl-ighted upper-tile signal `lamp 28, thus using rstthe upper-file platform 18 and only later resorting to the lower fone, which is then likely to have Abeen' released.- This *possibility provides substantialvadvantages by `itself,fin dcpendently of other features described herein.

Furthermore, "excellent use can be'made ofthe reversibility of motorsl 30, 31. A somewhat experienced operatorlis able during `each service call to determina-from 'le indicia andthe like, whether the required portion-of theupper or loWer-ilesystem 17, .19.ha`ppens-,to berela- `tively close .to her right hand, or` closer toherlleftfhand. A"Depending on such' determination she can .turnher hand ,switches 23, 24 either to-therightorto Athe lern-thereby :causing-turntable rotations imthe correspondingdirections Tas 'seenby the' operator. She may for instance use rightward rotation of tiles 17 but leftward rotation of ticket racks 19; see the broken line arrows R and the full line arrows L in Figures 3 and 4. Utilization of this expedient brings all of the stored file information almost instantly to hand, thereby contributing to a particularly prompt way of handling each incm-ing call even in case of a heavy load of such calls. This is important particularly when use is made of motors 30, 31 and transmission means 32, 33 (Figure 2)- which avoid excessive rotational speed of the liles inorderto-avoid undesirable vibration of mechanical parts arid disturbance' of papers.

It-will-befseenffromfthe foregoing description that sucfce'ssive-'relative-orienting and-re-orienting motions of three orl more unit 'sections' or structures 10, 16,- 18 can thus be performed,` indicated, and controlled,in rapidsuccession, by the severalclerksoccup-yin g the Fwork areas, with no mutual interference, withva minimum of delay, and with substantially no loss oftime-by clerks getting up and walking to different file areas.

It will finally be noted, when once more referring to Figure 2t,-that-the-multiple, mutually orienting and re- -orientingoperations loffthefdifferent unit vsections 'or structures are.- controlled by electrical-'equipment ofLgreat 'sim- -plicity-. iAll hand-and-footswitchesHS, FS, asv-shown, 'nare' desirablyL of-1Ising1e'pole, .doub'le-th'rowf type. All foot switches FS are normally closed in their upper 'o r -bus wire 1"connecting: positions, whereas :ther-poles of-all hand #switches .HSlaref-normlly :in :neutral or central positions. It--willL also be. appreciatedV thatfmodiicationscan readily 30e bewmadeyif-desired; IForinstance, the showing of the -relayand' motor units-30, 31 in Figure 4isof course-very simplified; various'wellknownrefinements can be-incorporatedthe'rein, for'inst-ance, interposition of relays 34 .'(Figure 2) betweenmotorsf, 31l and control buses CRU, CLU, CRL, CLL (Figure 4) ini-order to avoid trouble *in cases such as that of accidental, simultaneous operation of two different hand switches 23, calling forconieting,

lrightward and `leftwaud rotations of'one part `30 of 'f the motorized system.

While only a singlee'mbodimentoffthe invention -has f been described, it should bevunderstood that the details '-thereofare not to be construed as limitative of the inven- -tion-exceptinsofar` as i's-*consisten't-with the-scope of the followingv claims.

`We claim:

l.VA Apparatus for-storage vand utilization of data, comvprisingl a plurality of storagedesk portions, each -providinga plurality of storage Vsections vdistributed-alongmarginal portions of .said'storage desk portionsg-mounting means holding said-several storage desk -portions for rfrotation- -in mutually .superposed horizontalplanes; power means 1forindependently rotatingsaiddesk portions, in

vtheir-respective: f horizontal pla-nes,` one relativeto another;

a rigidwork desk portion confronting said 'rotatable ustorage desk portionsand providing 4a plurality of-work areas-distributed --alongsaid marginal portions of said rotatablestorage-desk portions;andi-switchv means in each --work area-adapted to--energize the power -means for-independently lrotating each of said rotatable storage 'desk portions Aand to-.de-energize such` power means for independently stopping each rotatable-storage -deslc--portion. l

2. Apparatus fasdescribed' in claim -1 wherein vsaid lpower means comprises-.a plurality Aof reversible-motors,

one for Yactuatingeach `ofsaid rotatable desk portions; said switch means comprising '1a-separate switch infeach work arear for the-control of each of said motors,` each -separateswitch -beingiadapted yto selectively actuate, re-

verse and stop the corresponding motor.

3...Apparatus for storage and `utilization of fdata. comprising .a plurality :of mutually super-posed storage -desk portions Vhaving approximately circular formv-aslseenfrom Z-the..top,.eachof said portionsprovidinga pluralityvof storage Nsections distributed .alongwffperipheral :portions thereof; mounting means holding said several storagevdeslc portions for rotation in horizontal planes; power means for independently horizontally rotating said storage desk portions, one relative to another; annular desk and cabinet means surrounding at least a lower one of said storage desk portions and providing a plurality of Work areas distributed along said peripheral portions of the storage desk portions; and switch means in each of said work areas, adapted to energize the power means for rotating each of said rotatable storage desk portions and to deenergize such power means for stopping each of said rotatable storage desk portions.

4. Apparatus as described in claim 3 wherein said annular desk and cabinet means comprises an annular desk plate mounted at an elevation slightly above the lowermost one of said rotatable desk portions.

References Cited in the file of this patent UNITED STATES PATENTS Ramsell et al. May 16, 1916 Johnson Mar. 23, 1943 Johnston Dec. 10,- 1946 Bertello Apr. 18, 1950 McAllister Mar. 31, 1953 Smid July 28, 1953 Attwood Nov. 17, 1953 Lindstrom Sept. 7, 1954 Nye Mar. 29, 1955 Andersen Ian. 3, 1956 Sease May 26, 1959 

